private void ReadData()
{
Console.WriteLine("\n-----Attributes-----");
Console.WriteLine(_binaryReader.BaseStream.Position);
List <ArrayList> elementList = new List <ArrayList>();
//List<ArrayList> elementList = new List<List<ArrayList>>();
//TODO add support for binary 5, undocumented not sure how to read
if (pcf.BinaryVersion == 5)
{
return;
}
for (int i = 0; i < pcf.NumElements; i++)
{
//List that stores all types of dmxAttributes
ArrayList attributeList = new ArrayList();
//Get number of element attribs
int numElementAttribs = _binaryReader.ReadInt32();
for (int w = 0; w < numElementAttribs; w++)
{
//Console.WriteLine($"\n-----Index: {w}-----");
DmxAttribute dmxAttribute = new DmxAttribute
{
typeNameIndex = _binaryReader.ReadUInt16(),
attributeType = _binaryReader.ReadByte(),
};
dmxAttribute.typeName = pcf.StringDict[dmxAttribute.typeNameIndex];
//Console.WriteLine($"Number Of Element Attributes: {numElementAttribs}");
//Console.WriteLine($"TypeName Index: {dmxAttribute.typeNameIndex}");
//Console.WriteLine($"TypeName: {pcf.StringDict[dmxAttribute.typeNameIndex]}");
//Console.WriteLine($"Attribute Type: {dmxAttribute.attributeType}");
//Read attribute info and store in list
attributeList.Add(ReadAttrib(dmxAttribute));
//Console.WriteLine("--------------------");
}
//Add attributes to element
pcf.ElementAttributes.Add(attributeList);
}
//pcf.ElementAttributes = elementList;
}
public DmxAttributeMatrix(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeQuaternion(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeQAngle(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeVector4(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeColor(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeTime(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeBinary(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeString(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeBoolean(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeFloat(DmxAttribute attribute) : base(attribute)
{
}
public DmxAttributeInteger(DmxAttribute attribute) : base(attribute)
{
}
//Constructor that copies values from base attribute class
public DmxAttributeElement(DmxAttribute attribute) : base(attribute)
{
}
//Constructor to construct derived classes from this class
public DmxAttribute(DmxAttribute copy)
{
typeNameIndex = copy.typeNameIndex;
attributeType = copy.attributeType;
typeName = copy.typeName;
}
//Returns generic type
private dynamic ReadAttrib(DmxAttribute attribute)
{
int attributeType = attribute.attributeType;
//number of elements in an attribute array
int numArrayItems = 0;
//Read different data types depending on what attribute type is
switch (attributeType)
{
case (ELEMENT):
//Console.WriteLine("Attribute Type: Element");
DmxAttributeElement dmxElement = new DmxAttributeElement(attribute);
dmxElement.index = _binaryReader.ReadInt32();
//Console.WriteLine($"Attribute Int Value: {dmxElement.index}");
return(dmxElement);
case (INTEGER):
//Console.WriteLine("Attribute Type: Integer");
DmxAttributeInteger dmxInteger = new DmxAttributeInteger(attribute);
dmxInteger.attribInt = _binaryReader.ReadInt32();
//Console.WriteLine($"Attribute Int Value: {dmxInteger.attribInt}");
return(dmxInteger);
case (FLOAT):
//Console.WriteLine("Attribute Type: Float");
DmxAttributeFloat dmxFloat = new DmxAttributeFloat(attribute);
dmxFloat.attribFloat = _binaryReader.ReadSingle();
//Console.WriteLine($"Attribute Float Value: {dmxFloat.attribFloat}");
return(dmxFloat);
case (BOOLEAN):
//Console.WriteLine("Attribute Type: Boolean");
DmxAttributeBoolean dmxBool = new DmxAttributeBoolean(attribute);
dmxBool.attribBool = _binaryReader.ReadBoolean();
//Console.WriteLine($"Attribute Bool Value: {dmxBool.attribBool}");
return(dmxBool);
case (STRING):
//Console.WriteLine("Attribute Type: String");
DmxAttributeString dmxString = new DmxAttributeString(attribute);
if (pcf.BinaryVersion != 4 && pcf.BinaryVersion != 5)
{
dmxString.attribString = ReadNullTerminatedString();
}
else
{
//Binary 4 pcfs store only index into string dict
dmxString.stringIndex = _binaryReader.ReadUInt16();
dmxString.attribString = pcf.StringDict[dmxString.stringIndex];
}
//Console.WriteLine($"Attribute String Value: {dmxString.attribString}");
return(dmxString);
case (BINARY):
//Console.WriteLine("Attribute Type: Binary");
DmxAttributeBinary dmxBinary = new DmxAttributeBinary(attribute);
dmxBinary.length = _binaryReader.ReadUInt32();
dmxBinary.attribByte = new byte[dmxBinary.length];
//Read specified # of bytes
List <byte> byteBuff = new List <byte>();
//Console.WriteLine($"Binary Length: {dmxBinary.length}");
for (int y = 0; y < dmxBinary.length; y++)
{
byteBuff.Add(_binaryReader.ReadByte());
}
dmxBinary.attribByte = byteBuff.ToArray();
byteBuff.Clear();
//Console.WriteLine($"Attribute Byte Value: {BitConverter.ToString(dmxBinary.attribByte)}");
return(dmxBinary);
case (TIME):
//Console.WriteLine("Attribute Type: Time");
DmxAttributeTime dmxTime = new DmxAttributeTime(attribute);
dmxTime.attribTime = _binaryReader.ReadInt32();
//Console.WriteLine($"Attribute Time Value: {dmxTime.attribTime}");
return(dmxTime);
case (COLOR):
//Console.WriteLine("Attribute Type: Color");
DmxAttributeColor dmxColor = new DmxAttributeColor(attribute);
dmxColor.attribRed = _binaryReader.ReadByte();
dmxColor.attribGreen = _binaryReader.ReadByte();
dmxColor.attribBlue = _binaryReader.ReadByte();
dmxColor.attribAlpha = _binaryReader.ReadByte();
//Console.WriteLine($"Attribute Color Value: {dmxColor.attribRed}, {dmxColor.attribBlue}, {dmxColor.attribGreen}, {dmxColor.attribAlpha}");
return(dmxColor);
case (VECTOR2):
//Console.WriteLine("Attribute Type: Vector2");
DmxAttributeVector2 dmxVec2 = new DmxAttributeVector2(attribute);
dmxVec2.attribX = _binaryReader.ReadSingle();
dmxVec2.attribY = _binaryReader.ReadSingle();
//Console.WriteLine($"Attribute Vector2 Value: {dmxVec2.attribX}, {dmxVec2.attribY}");
return(dmxVec2);
case (VECTOR3):
//Console.WriteLine("Attribute Type: Vector3");
DmxAttributeVector3 dmxVec3 = new DmxAttributeVector3(attribute);
dmxVec3.attribX = _binaryReader.ReadSingle();
dmxVec3.attribY = _binaryReader.ReadSingle();
dmxVec3.attribZ = _binaryReader.ReadSingle();
//Console.WriteLine($"Attribute Vector3 Value: {dmxVec3.attribX}, {dmxVec3.attribY}, {dmxVec3.attribZ}");
return(dmxVec3);
case (VECTOR4):
//Console.WriteLine("Attribute Type: Vector4");
DmxAttributeVector4 dmxVec4 = new DmxAttributeVector4(attribute);
dmxVec4.attribX = _binaryReader.ReadSingle();
dmxVec4.attribY = _binaryReader.ReadSingle();
dmxVec4.attribZ = _binaryReader.ReadSingle();
dmxVec4.attribW = _binaryReader.ReadSingle();
//Console.WriteLine($"Attribute Vector3 Value: {dmxVec4.attribX}, {dmxVec4.attribY}, {dmxVec4.attribZ}, {dmxVec4.attribW}");
return(dmxVec4);
case (QANGLE):
//Console.WriteLine("Attribute Type: QAngle");
DmxAttributeQAngle dmxQangle = new DmxAttributeQAngle(attribute);
dmxQangle.attribX = _binaryReader.ReadSingle();
dmxQangle.attribY = _binaryReader.ReadSingle();
dmxQangle.attribZ = _binaryReader.ReadSingle();
//Console.WriteLine($"Attribute QAngle Value: {dmxQangle.attribX}, {dmxQangle.attribY}, {dmxQangle.attribZ}");
return(dmxQangle);
case (QUATERNION):
//Console.WriteLine("Attribute Type: Quaternion");
DmxAttributeQuaternion dmxQuat = new DmxAttributeQuaternion(attribute);
dmxQuat.attribX = _binaryReader.ReadSingle();
dmxQuat.attribY = _binaryReader.ReadSingle();
dmxQuat.attribZ = _binaryReader.ReadSingle();
dmxQuat.attribW = _binaryReader.ReadSingle();
//Console.WriteLine($"Attribute Vector3 Value: {dmxQuat.attribX}, {dmxQuat.attribY}, {dmxQuat.attribZ}, {dmxQuat.attribW}");
return(dmxQuat);
case (MATRIX):
//Console.WriteLine("Attribute Type: Matrix");
DmxAttributeMatrix dmxMatrix = new DmxAttributeMatrix(attribute);
dmxMatrix.attribByte = new byte[64];
List <byte> byteBuff2 = new List <byte>();
for (int y = 0; y < 64; y++)
{
byteBuff2.Add(_binaryReader.ReadByte());
}
dmxMatrix.attribByte = byteBuff2.ToArray();
byteBuff2.Clear();
return(dmxMatrix);
case (ELEMENT_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] elementArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = ELEMENT;
elementArray[i] = ReadAttrib(tempAttribute);
}
return(elementArray);
case (INTEGER_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] integerArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = INTEGER;
integerArray[i] = ReadAttrib(tempAttribute);
}
return(integerArray);
case (FLOAT_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] floatArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = FLOAT;
floatArray[i] = ReadAttrib(tempAttribute);
}
return(floatArray);
case (BOOLEAN_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] booleanArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = BOOLEAN;
booleanArray[i] = ReadAttrib(tempAttribute);
}
return(booleanArray);
case (STRING_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] stringArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = STRING;
stringArray[i] = ReadAttrib(tempAttribute);
}
return(stringArray);
case (BINARY_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] binaryArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = BINARY;
//Recursive call
binaryArray[i] = ReadAttrib(tempAttribute);
}
return(binaryArray);
case (TIME_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] timeArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = TIME;
//Recursive call
timeArray[i] = ReadAttrib(tempAttribute);
}
return(timeArray);
case (COLOR_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] colorArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = COLOR;
//Recursive call
colorArray[i] = ReadAttrib(tempAttribute);
}
return(colorArray);
case (VECTOR2_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] vec2Array = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = VECTOR2;
//Recursive call
vec2Array[i] = ReadAttrib(tempAttribute);
}
return(vec2Array);
case (VECTOR3_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] vec3Array = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = VECTOR3;
//Recursive call
vec3Array[i] = ReadAttrib(tempAttribute);
}
return(vec3Array);
case (VECTOR4_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] vec4Array = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = VECTOR4;
//Recursive call
vec4Array[i] = ReadAttrib(tempAttribute);
}
return(vec4Array);
case (QANGLE_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] qAngleArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = QANGLE;
//Recursive call
qAngleArray[i] = ReadAttrib(tempAttribute);
}
return(qAngleArray);
case (QUATERNION_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] quatArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = QUATERNION;
//Recursive call
quatArray[i] = ReadAttrib(tempAttribute);
}
return(quatArray);
case (MATRIX_ARRAY):
//Console.WriteLine("Attribute Type: Element Array");
numArrayItems = _binaryReader.ReadInt32();
DmxAttribute[] matrixArray = new DmxAttribute[numArrayItems];
for (int i = 0; i < numArrayItems; i++)
{
DmxAttribute tempAttribute = new DmxAttribute();
tempAttribute.attributeType = MATRIX;
//Recursive call
matrixArray[i] = ReadAttrib(tempAttribute);
}
return(matrixArray);
}
//Default return null
return(null);
}
